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Looking to learn about cloud security compliance requirements and standards This article covers everything you need to know how AlgoSec can help your company Cloud compliance standards & security best practices ---- ------- Schedule a Demo Select a size ----- Get the latest insights from the experts Use these six best practices to simplify compliance and risk White paper Choose a better way to manage your network

For your organization to implement robust security policies, it must have clear information on the security risks it is exposed to. An... Uncategorized How to Perform a Network Security Risk Assessment in 6 Steps Tsippi Dach 2 min read Tsippi Dach Short bio about author here Lorem ipsum dolor sit amet consectetur. Vitae donec tincidunt elementum quam laoreet duis sit enim. Duis mattis velit sit leo diam. Tags Share this article 1/18/24 Published For your organization to implement robust security policies, it must have clear information on the security risks it is exposed to. An effective IT security plan must take the organization’s unique set of systems and technologies into account. This helps security professionals decide where to deploy limited resources for improving security processes. Cybersecurity risk assessments provide clear, actionable data about the quality and success of the organization’s current security measures. They offer insight into the potential impact of security threats across the entire organization, giving security leaders the information they need to manage risk more effectively. Conducting a comprehensive cyber risk assessment can help you improve your organization’s security posture, address security-related production bottlenecks in business operations, and make sure security team budgets are wisely spent. This kind of assessment is also a vital step in the compliance process . Organizations must undergo information security risk assessments in order to meet regulatory requirements set by different authorities and frameworks, including: The Health Insurance Portability and Accountability Act (HIPAA), The International Organization for Standardization (ISO) The National Institute of Standards and Technology (NIST) Cybersecurity Framework The Payment Card Industry Data Security Standard (PCI DSS) General Data Protection Regulation (GDPR) What is a Security Risk Assessment? Your organization’s security risk assessment is a formal document that identifies, evaluates, and prioritizes cyber threats according to their potential impact on business operations. Categorizing threats this way allows cybersecurity leaders to manage the risk level associated with them in a proactive, strategic way. The assessment provides valuable data about vulnerabilities in business systems and the likelihood of cyber attacks against those systems. It also provides context into mitigation strategies for identified risks, which helps security leaders make informed decisions during the risk management process. For example, a security risk assessment may find that the organization needs to be more reliant on its firewalls and access control solutions . If a threat actor uses phishing or social engineering to bypass these defenses (or take control of them entirely), the entire organization could suffer a catastrophic data breach. In this case, the assessment may recommend investing in penetration testing and advanced incident response capabilities. Organizations that neglect to invest in network security risk assessments won’t know their weaknesses until after they are actively exploited. By the time hackers launch a ransomware attack, it’s too late to consider whether your antivirus systems are properly configured against malware. Who Should Perform Your Organization’s Cyber Risk Assessment? A dedicated internal team should take ownership over the risk assessment process . The process will require technical personnel with a deep understanding of the organization’s IT infrastructure. Executive stakeholders should also be involved because they understand how information flows in the context of the organization’s business logic, and can provide broad insight into its risk management strategy . Small businesses may not have the resources necessary to conduct a comprehensive risk analysis internally. While a variety of assessment tools and solutions are available on the market, partnering with a reputable managed security service provider is the best way to ensure an accurate outcome. Adhering to a consistent methodology is vital, and experienced vulnerability assessment professionals ensure the best results. How to Conduct a Network Security Risk Assessment 1. Develop a comprehensive asset map The first step is accurately mapping out your organization’s network assets. If you don’t have a clear idea of exactly what systems, tools, and applications the organization uses, you won’t be able to manage the risks associated with them. Keep in mind that human user accounts should be counted as assets as well. The Verizon 2023 Data Breach Investigation Report shows that the human element is involved in more than a quarter of all data breaches. The better you understand your organization’s human users and their privilege profiles, the more effectively you can protect them from potential threats and secure critical assets effectively. Ideally, all of your organization’s users should be assigned and managed through a centralized system. For Windows-based networks, Active Directory is usually the solution that comes to mind. Your organization may have a different system in place if it uses a different operating system. Also, don’t forget about information assets like trade secrets and intellectual property. Cybercriminals may target these assets in order to extort the organization. Your asset map should show you exactly where these critical assets are stored, and provide context into which users have permission to access them. Log and track every single asset in a central database that you can quickly access and easily update. Assign security value to each asset as you go and categorize them by access level . Here’s an example of how you might want to structure that categorization: Public data. This is data you’ve intentionally made available to the public. It includes web page content, marketing brochures, and any other information of no consequence in a data breach scenario. Confidential data. This data is not publicly available. If the organization shares it with third parties, it is only under a non-disclosure agreement. Sensitive technical or financial information may end up in this category. Internal use only. This term refers to data that is not allowed outside the company, even under non-disclosure terms. It might include employee pay structures, long-term strategy documents, or product research data. Intellectual property. Any trade secrets, issued patents, or copyrighted assets are intellectual property. The value of the organization depends in some way on this information remaining confidential. Compliance restricted data. This category includes any data that is protected by regulatory or legal obligations. For a HIPAA-compliant organization, that would include patient data, medical histories, and protected personal information. This database will be one of the most important security assessment tools you use throughout the next seven steps. 2. Identify security threats and vulnerabilities Once you have a comprehensive asset inventory, you can begin identifying risks and vulnerabilities for each asset. There are many different types of tests and risk assessment tools you can use for this step. Automating the process whenever possible is highly recommended, since it may otherwise become a lengthy and time-consuming manual task. Vulnerability scanning tools can automatically assess your network and applications for vulnerabilities associated with known threats. The scan’s results will tell you exactly what kinds of threats your information systems are susceptible to, and provide some information about how you can remediate them. Be aware that these scans can only determine your vulnerability to known threats. They won’t detect insider threats , zero-day vulnerabilities and some scanners may overlook security tool misconfigurations that attackers can take advantage of. You may also wish to conduct a security gap analysis. This will provide you with comprehensive information about how your current security program compares to an established standard like CMMC or PCI DSS. This won’t help protect against zero-day threats, but it can uncover information security management problems and misconfigurations that would otherwise go unnoticed. To take this step to the next level, you can conduct penetration testing against the systems and assets your organization uses. This will validate vulnerability scan and gap analysis data while potentially uncovering unknown vulnerabilities in the process. Pentesting replicates real attacks on your systems, providing deep insight into just how feasible those attacks may be from a threat actor’s perspective. When assessing the different risks your organization faces, try to answer the following questions: What is the most likely business outcome associated with this risk? Will the impact of this risk include permanent damage, like destroyed data? Would your organization be subject to fines for compliance violations associated with this risk? Could your organization face additional legal liabilities if someone exploited this risk? 3. Prioritize risks according to severity and likelihood Once you’ve conducted vulnerability scans and assessed the different risks that could impact your organization, you will be left with a long list of potential threats. This list will include more risks and hazards than you could possibly address all at once. The next step is to go through the list and prioritize each risk according to its potential impact and how likely it is to happen. If you implemented penetration testing in the previous step, you should have precise data on how likely certain attacks are to take place. Your team will tell you how many steps they took to compromise confidential data, which authentication systems they had to bypass, and what other security functionalities they disabled. Every additional step reduces the likelihood of a cybercriminal carrying out the attack successfully. If you do not implement penetration testing, you will have to conduct an audit to assess the likelihood of attackers exploiting your organization’s vulnerabilities. Industry-wide threat intelligence data can give you an idea of how frequent certain types of attacks are. During this step, you’ll have to balance the likelihood of exploitation with the severity of the potential impact for each risk. This will require research into the remediation costs associated with many cyberattacks. Remediation costs should include business impact – such as downtime, legal liabilities, and reputational damage – as well as the cost of paying employees to carry out remediation tasks. Assigning internal IT employees to remediation tasks implies the opportunity cost of diverting them from their usual responsibilities. The more completely you assess these costs, the more accurate your assessment will be. 4. Develop security controls in response to risks Now that you have a comprehensive overview of the risks your organization is exposed to, you can begin developing security controls to address them. These controls should provide visibility and functionality to your security processes, allowing you to prevent attackers from exploiting your information systems and detect them when they make an attempt. There are three main types of security control available to the typical organization: Physical controls prevent unauthorized access to sensitive locations and hardware assets. Security cameras, door locks, and live guards all contribute to physical security. These controls prevent external attacks from taking place on premises. Administrative controls are policies, practices, and workflows that secure business assets and provide visibility into workplace processes. These are vital for protecting against credential-based attacks and malicious insiders. Technical controls include purpose-built security tools like hardware firewalls, encrypted data storage solutions, and antivirus software. Depending on their configuration, these controls can address almost any type of threat. These categories have further sub-categories that describe how the control interacts with the threat it is protecting against. Most controls protect against more than one type of risk, and many controls will protect against different risks in different ways. Here are some of the functions of different controls that you should keep in mind: Detection-based controls trigger alerts when they discover unauthorized activity happening on the network. Intrusion detection systems (IDS) and security information and event management (SIEM) platforms are examples of detection-based solutions. When you configure one of these systems to detect a known risk, you are implementing a detection-based technical control. Prevention-based controls block unauthorized activity from taking place altogether. Authentication protocols and firewall rules are common examples of prevention-based security controls. When you update your organization’s password policy, you are implementing a prevention-based administrative control. Correction and compensation-based controls focus on remediating the effects of cyberattacks once they occur. Disaster recovery systems and business continuity solutions are examples. When you copy a backup database to an on-premises server, you are establishing physical compensation-based controls that will help you recover from potential threats. 5. Document the results and create a remediation plan Once you’ve assessed your organization’s exposure to different risks and developed security controls to address those risks, you are ready to condense them into a cohesive remediation plan . You will use the data you’ve gathered so far to justify the recommendations you make, so it’s a good idea to present that data visually. Consider creating a risk matrix to show how individual risks compare to one another based on their severity and likelihood. High-impact risks that have a high likelihood of occurring should draw more time and attention than risks that are either low-impact, unlikely, or both. Your remediation plan will document the steps that security teams will need to take when responding to each incident you describe. If multiple options exist for a particular vulnerability, you may add a cost/benefit analysis of multiple approaches. This should provide you with an accurate way to quantify the cost of certain cyberattacks and provide a comparative cost for implementing controls against that type of attack. Comparing the cost of remediation with the cost of implementing controls should show some obvious options for cybersecurity investment. It’s easy to make the case for securing against high-severity, high-likelihood attacks with high remediation costs and low control costs. Implementing security patches is an example of this kind of security control that costs very little but provides a great deal of value in this context. Depending on your organization’s security risk profile, you may uncover other opportunities to improve security quickly. You will probably also find opportunities that are more difficult or expensive to carry out. You will have to pitch these opportunities to stakeholders and make the case for their approval. 6. Implement recommendations and evaluate the effectiveness of your assessment Once you have approval to implement your recommendations, it’s time for action. Your security team can now assign each item in the remediation plan to the team member responsible and oversee their completion. Be sure to allow a realistic time frame for each step in the process to be completed – especially if your team is not actively executing every task on its own. You should also include steps for monitoring the effectiveness of their efforts and documenting the changes they make to your security posture. This will provide you with key performance metrics that you can compare with future network security assessments moving forward, and help you demonstrate the value of your remediation efforts overall. Once you have implemented the recommendations, you can monitor and optimize the performance of your information systems to ensure your security posture adapts to new threats as they emerge. Risk assessments are not static processes, and you should be prepared to conduct internal audits and simulate the impact of configuration changes on your current deployment. You may wish to repeat your risk evaluation and gap analysis step to find out how much your organization’s security posture has changed. You can use automated tools like AlgoSec to conduct configuration simulations and optimize the way your network responds to new and emerging threats. Investing time and energy into these tasks now will lessen the burden of your next network security risk assessment and make it easier for you to gain approval for the recommendations you make in the future. Schedule a demo Related Articles Q1 at AlgoSec: What innovations and milestones defined our start to 2026? AlgoSec Reviews Mar 19, 2023 · 2 min read 2025 in review: What innovations and milestones defined AlgoSec’s transformative year in 2025? AlgoSec Reviews Mar 19, 2023 · 2 min read Navigating Compliance in the Cloud AlgoSec Cloud Mar 19, 2023 · 2 min read Speak to one of our experts Speak to one of our experts Work email* First name* Last name* Company* country* Select country... Short answer* By submitting this form, I accept AlgoSec's privacy policy Schedule a call

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Learn about how CSPM tools secure clouds, fix misconfigurations, and ensure compliance. CSPM Tools Select a size Which network Can AlgoSec be used for continuous compliance monitoring? Yes, AlgoSec supports continuous compliance monitoring. As organizations adapt their security policies to meet emerging threats and address new vulnerabilities, they must constantly verify these changes against the compliance frameworks they subscribe to. AlgoSec can generate risk assessment reports and conduct internal audits on-demand, allowing compliance officers to monitor compliance performance in real-time. Security professionals can also use AlgoSec to preview and simulate proposed changes to the organization’s security policies. This gives compliance officers a valuable degree of lead-time before planned changes impact regulatory guidelines and allows for continuous real-time monitoring. Cloud security posture management (CSPM) explained Cloud adoption is peaking. Firmly mission-critical, the cloud is every enterprise’s go-to for robust IT operations. However, with every passing year, cloud environments become increasingly ephemeral, dynamic, and maze-like. Today’s federated multi- and hybrid cloud architectures may serve as a business engine, but they’re stacked with novel security and compliance risks that can potentially undermine their benefits. Since these architectures are so intertwined and interconnected, the smallest of cloud misconfigurations can lead to exploitable vulnerabilities, visibility gaps, and noncompliance incidents. Furthermore, in multi-vendor setups, shared responsibility models can be hard to decipher, complicating remediation. Mitigating cloud misconfigurations demands a dedicated security solution for c loud security posture management (CSPM). Integrating CSPM tools into your broader multi-cloud security stack can reinforce security and help maximize cloud adoption and investments. What is cloud security posture management (CSPM)? Cloud security posture management involves the use of cloud security solutions purpose-built to detect and remediate cloud misconfigurations and vulnerabilities. As cloud architectures proliferate and shapeshift, CSPM tools: Provide complete and continuous visibility across critical assets and resources Support consistent policy enforcement Detect configuration errors and drift CSPM tools have become essential to maintaining a robust security and compliance posture. This is reflected in the global CSPM tools market , projected to hit $8.6 billion by 2027, a CAGR of more than 15%. The best CSPM tools do more than catch cloud misconfigurations after incidents occur. Instead, they proactively scour cloud environments and pinpoint potential threats via contextualized risk analysis. They ensure your cloud is always secure and resilient—not just in the aftermath of security events. How do CSPM tools work? CSPM tools continuously assess cloud environments for risks. By identifying and remediating cloud misconfigurations in real time, they are a key weapon in the multi-cloud security arsenal. Leading CSPM tools can perform the following security functions: Identify every single cloud asset and build a consolidated cloud asset inventory across disparate services and vendors Cross-analyze every item in a cloud asset inventory against configuration benchmarks and baselines to validate policy enforcement Proactively monitor cloud environments to identify and curb configuration drift Identify hybrid and multi-cloud security risks, misconfigurations, and vulnerabilities Employ contextualized risk analysis and cross-cloud correlation to ensure accurate risk prioritization and triage Offer automated remediation capabilities to mitigate cloud misconfigurations Provide continuous regulatory checks, compliance automation, and report generation for audits Below, we’ll discuss why these features are required in modern cloud ecosystems. Why CSPM tools are crucial for hybrid cloud and multi-cloud security Beyond knowing their core capabilities and how they operate, it’s important to understand why cloud security posture management solutions are non-negotiables in modern hybrid and multi-cloud environments. Complex cloud infrastructure Today, enterprise cloud setups are labyrinths, continuously increasing in complexity. According to Gartner , 9 out of 10 companies will have hybrid cloud architectures by 2027. The more complex cloud architectures are, the harder it becomes to achieve visibility, enforce policies, and prioritize risks. Generalist tools and legacy solutions will struggle to connect to these proliferating environments, making CSPM tools a pressing need. Proliferation of cloud misconfigurations With the proliferation of cloud environments comes the proliferation of cloud misconfigurations. Cloud misconfigurations include overprivileged identities, assets with weak credentials, and exposed storage buckets. Any of these exploitable cloud misconfigurations could result in major hybrid and multi-cloud security events. CSPM tools proactively address cloud misconfigurations, pruning the attack surface before incidents occur. Alert fatigue Handling security in dynamic cloud environments can be overwhelming. Security teams often suffer from alert fatigue, receiving alerts for hundreds of cloud misconfigurations without any way of knowing which ones are critical. Through contextualized risk analysis and accurate risk prioritization, CSPM tools surface the concerns that matter most. This context-based triage ensures that teams only receive alerts for high-risk cloud misconfigurations. Evolving regulatory requirements With new technologies like AI becoming business-critical, cloud regulations are evolving at unprecedented rates. Policy enforcement in accordance with criss-crossing compliance obligations becomes challenging, and reactive compliance strategies simply fail. CSPM tools, via automated compliance and stringent policy enforcement, help companies stay on top of today’s complicated regulatory landscape. Supply chain vulnerabilities Third-party risks are a major hybrid and multi-cloud security hurdle. The addition of numerous dependencies, APIs, and third-party components makes cloud environments susceptible to a wider range of cloud misconfigurations. Top CSPM tools shine a light on these serpentine supply chains, handing you the visibility needed to surface critical cloud misconfigurations, along with automated remediation and guidance to mitigate them. Recap: The benefits of robust CSPM tools Let’s review the advantages of commissioning a leading CSPM solution. Complete visibility: Unified, full-stack view of cloud resources, configurations, security controls, and policies Streamlined risk management: Proactive cloud evaluations, contextualized risk analysis, and automated remediation to diminish critical risks Stronger identity and access management: Continuous right-sizing of permissions across cloud identities, ensuring alignment with zero trust principles like least privilege Issue triage: Intelligent risk prioritization to escalate and mitigate only those cloud misconfigurations that are business-critical Fewer security incidents: Sustained mitigation of cloud misconfigurations, reducing exploitability and preventing escalation into data breaches and other major events Stronger compliance posture: Compliance automation to ensure that cloud configurations always align with regulatory baselines Business resilience and continuity: Accelerated remediation of critical cloud misconfigurations for stable IT operations Must-have features in CSPM tools When evaluating CSPM solutions, be on the lookout for the following non-negotiables. Feature Description Multi-cloud coverage Seamless interoperability and centralized policy enforcement, plus a unified view across AWS, Google Cloud, and Azure assets, data, firewall rules, and security groups Cloud asset inventory Comprehensive discovery and classification of every single resource across multi-cloud and hybrid cloud environments, including applications, networks, connectivity flows, data, serverless functions, and containerized workloads Cloud misconfiguration detection Continuous measurement of cloud settings against baselines and best practices to detect misconfigured assets, security vulnerabilities, and noncompliant resources Automated policy enforcement Intelligent automation to design, validate, and enforce cloud security policies without adding complexity or interrupting existing processes, tools, and workflows. Contextualized risk analysis + risk prioritization Intricate correlation to map cloud misconfigurations and network risks to business applications, enabling security teams to address risks based on asset criticality and actual threat exposure Automated remediation Automatic corrective mechanisms to fix cloud misconfigurations and remediation guidance for complex issues that require human intervention Compliance Automation Automated reporting and remediation to align policies, data practices, and cloud resources with regulations like GDPR, PCI DSS, and HIPAA, and prove adherence. DevSecOps and CI/CD integration Integrations with CI/CD pipelines and DevSecOps workflows to reinforce shift left strategies and prevent cloud misconfigurations from seeping into production The future of CSPM As hybrid and multi-cloud security needs increase in scope and scale, market and technology trends suggest that CSPM tools will evolve alongside or even ahead of cloud security complexities. For starters, we are already seeing CSPM innovations involving the integration of more advanced AI and ML capabilities. AI-driven CSPM tools will not only match the dynamism of contemporary cloud environments, but also feature higher levels of accuracy in detecting and triaging cloud misconfigurations. What does this mean? Security will become inherently predictive, with advanced ML algorithms improving contextualized risk analysis and risk prioritization by deriving insights faster and from a broader spectrum of telemetry. Lastly, the best CSPM tools will transcend silos and integrate with broader cloud network and application security platforms. In summary, the future of CSPM is set to bring even more advanced hybrid and multi-cloud security capabilities. The priority for companies should be making sure they commission a CSPM tool from a reputable provider at the forefront of these future trends. Prevasio: AlgoSec’s ultimate AI-powered CSPM Companies today require a CSPM tool with comprehensive and cutting-edge coverage. Cloud security posture management involves many moving parts. AlgoSec covers them all. AlgoSec’s AI-driven Prevasio platform features a robust CSPM component, complemented by a CNAPP, Kubernetes security, and IaC scanning. Like all of AlgoSec’s security offerings, Prevasio also has an application-centric edge, which is crucial considering applications constitute the majority of business-critical cloud assets. Prevasio CSPM’s standout attributes include: Complete multi-cloud coverage Zero blind spots Risk prioritization based on CIS benchmarks Continuous and customizable compliance monitoring Augmenting Prevasio’s CSPM capabilities are the AlgoSec Security Management Suite (ASMS) , with its flagship Firewall Analyzer , FireFlow , and AppViz , plus AlgoSec Cloud Enterprise (ACE), a network security solution built for today’s multi-cloud networks. How do ASMS and ACE further support CSPM? By providing: Automated policy enforcement and management Application-centric visibility and security Advanced network security coverage Contextualized risk analysis and mapping Comprehensive compliance management Together, AlgoSec’s ASMS, ACE, and Prevasio are all that an enterprise needs to tackle multi-cloud security challenges and reinforce cloud operations. How Prevasio elevates CSPM Businesses are rapidly scaling their cloud operations to remain competitive and boost their bottom line. However, the cloud is both an engine and a security vulnerability. Failure to address cloud misconfigurations can cancel out every one of the radical benefits it brings. Dialing in the CSPM component of multi-cloud security paves the path for robust cloud performance, both now and in the future. AlgoSec’s ASMS and ACE strengthen cloud application and network security, but Prevasio takes CSPM to the next level. From comprehensive cloud asset inventorying and automated remediation to compliance automation and CI/CD integration, Prevasio covers all CSPM bases. Want to see how Prevasio CSPM can boost your multi-cloud security program? Schedule a demo today. Get the latest insights from the experts Schedule time with one of our experts Work email* First name* Last name* Company* country* Select country... Short answer* By submitting this form, I accept AlgoSec's privacy policy Continue

Podcast: Differences between UTM and NGFW In our recent webcast discussion alongside panelists from Fortinet, NSS Labs and General... Firewall Change Management NGFW vs UTM: What you need to know Sam Erdheim 2 min read Sam Erdheim Short bio about author here Lorem ipsum dolor sit amet consectetur. Vitae donec tincidunt elementum quam laoreet duis sit enim. Duis mattis velit sit leo diam. Tags Share this article 2/19/13 Published Podcast: Differences between UTM and NGFW In our recent webcast discussion alongside panelists from Fortinet, NSS Labs and General Motors, we examined the State of the Firewall in 2013. We received more audience questions during the webcast than the time allowed for, so we’d like to answer these questions through several blog posts in a Q&A format with the panelists. By far the most asked question leading up to and during the webcast was: “What’s the difference between a UTM and a Next-Generation Firewall?” Here’s how our panelists responded: Pankil Vyas, Manager – Network Security Center, GM UTM are usually bundled feature set, NGFW has bundle but licensing can be selective. Depending on the firewall’s function on the network, some UTM features might not be useful, creating performance issues and sometimes firewall conflicts with packet flows. Nimmy Reichenberg, VP of Strategy, AlgoSec Different people give different answers to this question, but if we refer to Gartner who are certainly a credible source, a UTM consolidates many security functions (email security, AV, IPS, URL filtering etc.) and is tailored mostly to SMBs in terms of management capabilities, throughput, support, etc. A NGFW is an enterprise-grade product that at the very least includes IPS capabilities and application awareness (layer 7 control). You can refer to a Gartner paper titled “Defining the Next-Generation Firewall” for more information. Ryan Liles, Director of Testing Services, NSS Labs There really aren’t any differences in a UTM and a NGFW. The technologies used in the two are essentially the same, and they generally have the same capabilities. UTM devices are typically classified with lower throughput ratings than their NGFW counterparts, but for all practical purposes the differences are in marketing. The term NGFW was coined by vendors working with Gartner to create a class of products capable of fitting into an enterprise network that contained all of the features of a UTM. The reason for the name shift is that there was a pervasive line of thought stating a device capable of all of the functions of a UTM/NGFW would never be fast enough to run in an enterprise network. As hardware has progressed, the capability of these devices to hit multi-gigabit speeds began to prove that they were indeed capable of enterprise deployment. Rather than try and fight the sentiment that a UTM could never fit into an enterprise, the NGFW was born. Patrick Bedwell, VP of Products, Fortinet There are several definitions in the market of both terms. Analyst firms IDC and Gartner provided the original definitions of the terms. IDC defined UTM as a security appliance that combines firewall, gateway antivirus, and intrusion detection / intrusion prevention (IDS/IPS). Gartner defined an NGFW as a single device with integrated IPS with deep packet scanning, standard first-generation FW capabilities (NAT, stateful protocol inspection, VPN, etc.) and the ability to identity and control applications running on the network. Since their initial definitions, the terms have been used interchangeably by customers as well as vendors. Depending on with whom you speak, UTM can include NGFW features like application ID and control, and NGFW can include UTM features like gateway antivirus. The terms are often used synonymously, as both represent a single device with consolidated functionality. At Fortinet, for example, we offer customers the ability to deploy a FortiGate device as a pure firewall, an NGFW (enabling features like Application Control or User- and Device-based policy enforcement) or a full UTM (enabling additional features like gateway AV, WAN optimization, and so forth). Customers can deploy as much or as little of the technology on the FortiGate device as they need to match their requirements. If you missed the webcast, you can view it on-demand. We invite you to continue this debate and discussion by commenting here on the blog or via the Twitter hashtag Schedule a demo Related Articles Q1 at AlgoSec: What innovations and milestones defined our start to 2026? AlgoSec Reviews Mar 19, 2023 · 2 min read 2025 in review: What innovations and milestones defined AlgoSec’s transformative year in 2025? AlgoSec Reviews Mar 19, 2023 · 2 min read Navigating Compliance in the Cloud AlgoSec Cloud Mar 19, 2023 · 2 min read Speak to one of our experts Speak to one of our experts Work email* First name* Last name* Company* country* Select country... Short answer* By submitting this form, I accept AlgoSec's privacy policy Schedule a call